transparent
understand
everyone
courageous
b. sentence fragment
c. run-on sentence
B. we should of left early.
C. The boys surrendered, but they should of fought.
D. The bird flew north of the beach
The sentence that uses "of" correctly is: D. The bird flew north of the beach.
In this sentence, "of" is used to indicate the position or location of the bird in relation to the beach. It shows that the bird flew in a direction that is further away from the beach, toward the north.
A sentence is a grammatical unit that consists of a group of words expressing a complete thought or idea. It is the fundamental building block of written and spoken language.
A sentence serves multiple functions in written and spoken communication. It conveys meaning, expresses thoughts or statements, asks questions, provides descriptions, gives commands, and establishes connections between ideas. Sentences play a crucial role in establishing coherence, clarity, and effective communication in any form of writing, whether it be in literature, academic essays, professional documents, or casual conversations.
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B. suffix removal
C. telescoping
D. back formation
Answer:
(D) Back Formation
Explanation:
Enthuse is a 19 century verb, which nowadays is enthusiasm.
B. The bowling ball would weigh the same, but it's mass would decrease.
C. The bowling ball would weigh less on the moon, but it's mass would stay the same.
D. The bowling ball will weigh more on the moon, but its mass would stay the same
The bowling ball would weigh less on the moon, but its mass would stay the same. a bowling ball was moved from Earth to the moon, how would its weight and mass change.
Only one astronomical object—Earth, which is third from the Sun—is known to support life. Although the Solar System contains enormous amounts of water, only Earth is home to liquid surface water. The oceans cover around 71% of Earth's surface, dwarfing its lakes, rivers, and polar ice.
The moon's gravitational field is only about one-sixth that of the earth's. The weight of the bowling ball on the moon would be 1/6 of its weight on
Earth even though it has the same mass on Earth and the moon (and thus, its velocity would be just as difficult to change in both places).
Therefore, Thus, option (C) is correct:
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Answer:
get a life
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bozo
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ratio